Vibrating Screens are the most commonly used equipment for bulk material size classification. As the material moves across the screen, the machine creates vibrations that shake out small particles and remove clumps from the material. This is one of the most effective and efficient ways to separate materials by size. The size of the particles being sifted out can be determined by the pattern and shape of the metal screen and the rate of the vibrations. Vibratory screeners come in many different sizes and can process large volumes of material in certain applications.
AYS with our technology partners are able to deliver the best of these technologies to customers in the mining, aggregates, minerals, cement, building materials, fertilizer and salt. With years of experience in these industries, we will be able to use innovation and shared technologies to effectively meet the needs of customers around the world.
NIAflow is a simulation software for all kinds of mineral processing applications. With its intuitive graphical interface it can model and calculate entire plants. NIAflow supports dry and wet crushing, screening and sorting processes .
NIAflow makes it easy to design processes. The graphical interface allows the creation of your process in a simple and intuitive way. Whether you are dealing with existing plants or new projects, you can test different settings and scenarios right away. Thus saving you time and money to setup your machinery.
NIAflow's user selectable detailing level stores all plant related data in one spot. With its comprehensive print and documenting features you will have all information at your fingertips.
CONiQ® consists of three main elements to measure, analyze and interpret condition monitoring data more effectively than any other system on the market.
The 6-dimensional MEMS (three-dimensional acceleration and linear and three dimensional rotation and velocity) are a unique feature of CONiQ® and are essential to detect any motion change. Measuring mechanical vibration (piezoelectric sensors to monitor bearings, gears etc.) and machine movement separately (6D MEMS to monitor load, springs, intermediate shaft etc.) enables more accurate detection of actual or potential faults.
The sensors and other measurement devices send data to the processing unit located beside each machine, which calculates state variables and measures these against preconfigured initial and limit values.
These variables can be easily monitored on the display panel. Data is stored on the processing unit and can be downloaded to a PC for historical trend analysis across multiple variables (orbit displacement and acceleration, amplitude and envelope spectrum etc.) using CONiQ® View software.
As a leader in vibrating screen technology, Haver & Boecker Niagara developed Pulse Condition Monitoring(Pulse CM) specifically for monitoring the health of vibrating screens using modern algorithms to provide accurate measurements and forecasts complemented by information that is easy to understand.
Pulse CM is the predictive tool you need to predict body and drive component failure. Its wireless sensors and components are specifically designed for the harsh conditions of the mining industry.
Based on machine learning algorithms, Pulse Condition Monitoring detects anomalies and predicts machine deterioration and potential failures, making it a powerful allied tool for efficiently planning predictive maintenance, not to mention that the contactless technology has a direct and positive impact on health and safety.
We are a premier industrial equipment and system provider based in Kuala Lumpur. We offer complete industrial solutions, from designing to building custom-made equipment and systems, that suit your every process needs.
AYS ENGINEERING SDN BHD
AYS SERVICES SDN BHD
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